The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf

Renewability Indicator (RI) and Cumulative Degree of Perfection (CDP) are employed as tools to assess sustainability of Gamboeng Tea. The assessment then compared with black tea process in Black Sea Region in Turkey from the previous study. Exergy analysis for Gamboeng tea was decribed in two part o...

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Main Authors: Bardant Teuku Beuna, Haq Muthia Syafika, Setiawan Arief Ameir Rahman, Harianto Sugeng, Waluyo Joko, Mastur Adhi Irianto, Lestari Annisa Dieni, Sujarwo, Sulaswatty Anny, Wiloso Edi Iswanto
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:E3S Web of Conferences
Online Access:https://doi.org/10.1051/e3sconf/20187407003
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spelling doaj-3fcb8a0657f14cacb7da7cefb07d27602021-04-02T12:05:48ZengEDP SciencesE3S Web of Conferences2267-12422018-01-01740700310.1051/e3sconf/20187407003e3sconf_icsolca2018_07003The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leafBardant Teuku BeunaHaq Muthia SyafikaSetiawan Arief Ameir RahmanHarianto SugengWaluyo JokoMastur Adhi IriantoLestari Annisa DieniSujarwoSulaswatty AnnyWiloso Edi IswantoRenewability Indicator (RI) and Cumulative Degree of Perfection (CDP) are employed as tools to assess sustainability of Gamboeng Tea. The assessment then compared with black tea process in Black Sea Region in Turkey from the previous study. Exergy analysis for Gamboeng tea was decribed in two part of articles. This first part was desribing the energy and exergy calculation for producing fresh tea leaf in Gamboeng tea plantation. The energy and exergy utilization for black sea fresh tea leaves was calculated to be 807.83 MJ/t of fresh leaf, 273.43MJ/t of fresh leaf, respectively. For the Gamboeng green tea, the energy and exergy utilization were 1496.38 MJ/ t of fresh leaf and 821.86 MJ/t of fresh leaf, respectively.The second part desribed cooperation of wood pellet with ambient-adapting controller uin tea factorywas a contribution from Gamboeng Tea for achieving Sustainable Development Goal which is affordable and clean energy and also an applicable climate action.https://doi.org/10.1051/e3sconf/20187407003
collection DOAJ
language English
format Article
sources DOAJ
author Bardant Teuku Beuna
Haq Muthia Syafika
Setiawan Arief Ameir Rahman
Harianto Sugeng
Waluyo Joko
Mastur Adhi Irianto
Lestari Annisa Dieni
Sujarwo
Sulaswatty Anny
Wiloso Edi Iswanto
spellingShingle Bardant Teuku Beuna
Haq Muthia Syafika
Setiawan Arief Ameir Rahman
Harianto Sugeng
Waluyo Joko
Mastur Adhi Irianto
Lestari Annisa Dieni
Sujarwo
Sulaswatty Anny
Wiloso Edi Iswanto
The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
E3S Web of Conferences
author_facet Bardant Teuku Beuna
Haq Muthia Syafika
Setiawan Arief Ameir Rahman
Harianto Sugeng
Waluyo Joko
Mastur Adhi Irianto
Lestari Annisa Dieni
Sujarwo
Sulaswatty Anny
Wiloso Edi Iswanto
author_sort Bardant Teuku Beuna
title The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
title_short The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
title_full The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
title_fullStr The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
title_full_unstemmed The renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
title_sort renewability indicator and cumulative degree of perfection for gamboeng tea; part.1, exergy calculation of fresh tea leaf
publisher EDP Sciences
series E3S Web of Conferences
issn 2267-1242
publishDate 2018-01-01
description Renewability Indicator (RI) and Cumulative Degree of Perfection (CDP) are employed as tools to assess sustainability of Gamboeng Tea. The assessment then compared with black tea process in Black Sea Region in Turkey from the previous study. Exergy analysis for Gamboeng tea was decribed in two part of articles. This first part was desribing the energy and exergy calculation for producing fresh tea leaf in Gamboeng tea plantation. The energy and exergy utilization for black sea fresh tea leaves was calculated to be 807.83 MJ/t of fresh leaf, 273.43MJ/t of fresh leaf, respectively. For the Gamboeng green tea, the energy and exergy utilization were 1496.38 MJ/ t of fresh leaf and 821.86 MJ/t of fresh leaf, respectively.The second part desribed cooperation of wood pellet with ambient-adapting controller uin tea factorywas a contribution from Gamboeng Tea for achieving Sustainable Development Goal which is affordable and clean energy and also an applicable climate action.
url https://doi.org/10.1051/e3sconf/20187407003
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